The simulation and optimization of aromatic extraction process from lube oil cuts using
furfural as a solvent are conducted by linking the Aspen Plus simulator and MATLAB. The …

Thermodynamic and computational study of a biomass-derived solvent
dihydrolevoglucosenone (DLG) and its mixtures with hydrocarbons is presented in this work …

The extraction of benzene from heptane by the solvents such as N, N-dimethylformamide
(DMF), propylene carbonate, and complex solvent (DMF+ propylene carbonate) were …

The present study concerns phase equilibria measurements involving oxygenated
components (furan and furfural) and potential solvents of extraction (n-hexane, ethanol and …

Microfluidic devices are highly efficient in providing higher mass transfer rates due to the
enormous interfacial area created by the high surface-to-volume ratio. Droplet flow …

In the petrochemical industry, the separation of aromatics from alkanes is a complex process
due to the overlapping boiling points and azeotrope formation in specific operational …

Dilute citric acid solutions were extracted with trioctylamine (TOA) in 1-decanol at ambient
conditions using indigenous microfluidic setup with 0.8 mm section diameter. In these …

Aromatic hydrocarbons are usually extracted from reformed naphtha, which are
multicomponent mixtures with aliphatic hydrocarbons. These components have very close …

This chapter surveys recent advances in the extraction of aromatics from aromatics+
aliphatics mixtures and the application of the extraction processes in the industry. First, the …

In this paper, liquid–liquid phase equilibrium data were measured for quaternary systems
containing dimethyl sulfoxide+ mass fraction of methanol as mixed solvent, toluene as …